You can almost always find free models on OpenRouter. Google AI Studio also has free usage of Gemma 4. Both are rate and usage limited which agentic use will probably chew up pretty quick, but you can usually find some pretty powerful models for free. If you rotate through different providers, I think it avoids the cap. Currently several Nemotron models, North Mini Code, Laguna models, Gemma 4 31b and MoE, Qwen 3 Next, and gpt-oss 120b, are all available free on OpenRouter...and better than anything you can run locally in ~8GB.
Poolside Laguna XS.2 is another in this category (30B-35B MoE, reasonably competitive on coding related benchmarks). Also free on OpenRouter. But, also, it's bigger brother, Laguna M.1 (225B A23B MoE), is also free on OpenRouter last time I checked. Worth a look. https://openrouter.ai/poolside/laguna-m.1:free
The good thing about all the 30-ish MoE models is you can run them on any 32GB GPU, even old ones, at a very comfortable speed. A 24GB GPU can run the 4-bit quantizations if you use a quantized K/V cache. That's why there are so many of them. It's the sweet spot for "good enough to be useful for some coding tasks, small enough to fit on the GPU a lot of people have".
The cheapest not rate-limited options that are actually pretty competitive with the frontiers are from DeepSeek and MiMo. DeepSeek V4 Flash and Pro are extremely cheap, their caching is the best in the industry (and their cached tokens are even cheaper), and Reasonix is an excellent CLI harness that is designed around maximizing cacheability of DeepSeek models, specifically. I used it for an hour last night and spent something like three cents. MiMo has token plans that are a pretty good deal (though confusing...the token plan buys credits, and credits are not a whole token, so you get billions of credits on the token plan for a few bucks, but it chews through it at a rate faster than 1 credit per token). But, DeepSeek V4 Pro is a consistently better model than MiMo.
That said, the reason they're able to release Ornith branded post-trains of both Gemma and Qwen is because they're open weights under a friendly license. Someone, not just Google, could make a coding focused Gemma post-train. I don't think it's actually much weaker than Qwen 3.6 for coding; Gemma 4 31b outperforms Qwen 3.6 27b by a wide margin on security bug hunting (at least for the specific bugs in my benchmarks, which are mostly relatively difficult bugs from the Mythos-reported bugs).
I'd really love to see a bigger MoE from Google, though. A 70b or 120b MoE would likely be super fun.
1. vLLM
2. sglang
3. (nvidia only) TRT-LLM
4. llama.cpp (mac only, the above are better for non-mac)
If you're not using one of the above, you're doing it wrong
I do like Gemma for translation, however.
12B did get one right that 31B got wrong. I'd have to do a much more thorough eval to really compare, just a few anecdotal observations and it's kind of hard to really distinguish, but from the samples I've seen, Qwen 3.5 122B-A10B is doing much better at this task.
The 12B architecture definitely is interesting, and it may punch above its weight due to this (though again, would really need to do proper evals to compare). But of the models I've tried, Qwen3.5 122B-A10B really seems like the best for this kind of task.